The effect of palatoplasty on airway patency and growth in infants with clefts and failure to thrive

Sleep problems in children with common medical disorders

Sleep problems are common in many pediatric medical disorders and complicate management and patient outcomes. A wide range of conditions, including asthma, cystic fibrosis, sickle cell disease, gastroesophageal reflux, neuromuscular diseases, scoliosis, craniofacial abnormalities, obesity, and chromosomal disorders, have various sleep disturbances, including sleep-disordered breathing, ventilatory dysfunction, sleep-onset and sleep maintenance problems, and circadian rhythm disturbances. Given the adverse neurocognitive and physiologic outcomes associated with a deranged night's sleep, it is important for pediatricians to be able to anticipate, recognize, and appropriately manage these problems. This article reviews the known sleep-related problems of a few relatively common pediatric disorders.

Snoring in infancy

Obstructive sleep apnoea (OSAS) in infants is a risk factor for sudden infant death (SIDS). Snoring in a young child should raise suspicion of OSAS, and according to recent AAP guidelines, evaluation and polysomnographic studies are recommended in selected cases as the diagnostic test of choice. However, infants under 1 y of age are excluded from the guidelines, and interventions to prevent SIDS based on respiratory monitoring remains a matter of controversy. As often happens, the evidence we need most is usually scarce.

Massive lingual swelling following palatoplasty. An unusual cause of upper airway obstruction

We report a case of upper airway obstruction as a result of delayed massive lingual swelling following routine cleft palate repair in an otherwise healthy 12-month-old girl. We believe that ischaemia and venous congestion were the causes of macroglossia, after prolonged use of the Digman Dott tongue retractor. In any difficult and lengthy repair, we recommend the prophylactic insertion of a nasopharyngeal airway under direct vision by the surgeons after surgery to prevent potential upper airway obstruction.

Growth in children with Pierre Robin sequence and isolated cleft palate

Postnatal height and weight growth were assessed in 50 children (20 boys) with Pierre Robin sequence and in 58 children (27 boys) with isolated cleft palate, born in 1967-86. The height and weight measurements from birth to 12 years were collected retrospectively from child health centers and schools. The current Finnish relative weight and SD scores for height were used for growth assessment. The birth size of children with Pierre Robin sequence did not differ from those with isolated cleft palate or from healthy children, on the basis of Finnish norms. During the first year after birth, children with Pierre Robin sequence were shorter and lighter than those with isolated cleft palate but later caught up with them and the Finnish norms. Children with Pierre Robin sequence born prematurely or with associated anomalies showed more deficient growth.